thrust-mass ratio

Key Manufacturing Technologies of High Thrust-Weight Ratio Engine ( part 1)

21世纪航空制造技术将发生质的飞跃&谈高推重比发动机的关键制造技术（上）

Analysis of the Effects of Parameter Small Deviations on a High Thrust-Weight Ratio Aeroengine Performance

参数小偏差对某高推重比航空发动机性能的影响分析

Technical Improvement Scheme Analysis of Thrust-Weight Ratio 10 Aeroengine

推重比10一级发动机技术改进方案分析

Aeroengine have been developing with high thrust-weight ratio, large load, high speed and high performance.

航空发动机一直向着高推重比、大载荷、高转速和高性能性发展。

Its thrust-to-weight ratio approaches 40, which means if you pointed one at the ground and fired, not only would it take off in a rapidly expanding spray of deadly metal fragments, but you would experience 40 gees of acceleration. This is way too much.

这意味着如果你朝地面开火的话，除了会有一股急速膨胀的致命金属碎片云，你还会以将近40倍重力加速度腾空而起。